MEMS devices for the future wireless applications

K. Grenier, D. Dubuc, L. Rabbia, A. Tackac, P. Pons, T. Parra, P. Caudriller, H. Aubert
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引用次数: 4

Abstract

In this communication, we will outline the potentialities offered by the MEMS technologies to realize front end modules featuring attractive performances in term of noise, linearity, power consumption and compactness. Bulk micromachining techniques are used to achieve very low loss interconnects up to millimeterwave range when surface micromachining techniques are preferred to realize moveable devices. The association of bulk and surface micromachining allows to realize advanced millimeterwave microsystems. Concerning the design methods, both electromagnetic, electrical and mechanical simulation are mandatory to get accurate results.
用于未来无线应用的MEMS器件
在本文中,我们将概述MEMS技术提供的潜力,以实现在噪声,线性度,功耗和紧凑性方面具有吸引力性能的前端模块。当表面微加工技术被用于实现可移动器件时,大块微加工技术被用于实现高达毫米波范围的极低损耗互连。体微加工和表面微加工相结合,可以实现先进的毫米波微系统。在设计方法上,为了得到准确的结果,必须进行电磁仿真、电气仿真和机械仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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